Topology optimization and experimental validation of Linear Lorentz Actuator for non-contact spacecraft

Key Points

• Non-contact propulsion is achieved through innovative actuator design, enhancing spacecraft efficiency.
• Experimental validation confirms a significant performance improvement in non-contact propulsion systems with 30% higher efficiency.
• Topology optimization was applied to a linear Lorentz actuator to achieve optimal design parameters for spacecraft propulsion.
• Enhanced non-contact propulsion may enable advanced spacecraft design, pushing the limits of current aerospace technology.